Our Collaborative Autonomy Stack is a modular, mission-focused system for deploying, managing, and evolving fleets of autonomous systems. The Stack consists of three software products: Havoc Control, Havoc Cloud, and Havoc OS. Together, they offer best-in-class command infrastructure for resilient, secure, multi-domain fleet operations.

HAVOC Control

Havoc Control is the operator interface for real-time command, planning, and insight across autonomous systems. It empowers mission teams to plan, direct, and retrieve data from autonomous fleets through intuitive, modular views—ensuring transparency, reliability, and mission success at scale.

What It Offers

Havoc Control equips operators to confidently orchestrate and oversee autonomous missions, ensuring seamless data retrieval and mission success across diverse operational scenarios.

Intuitive

Operators understand, plan, and act with minimal training. Clear, simple, fast.

Control

Humans can direct, override, or re-task autonomy instantly when needed.

Trust

Build confidence in autonomy by making actions and intentions visible

Reliability

Mission-critical performance, low-latency, stable under operational pressure.

Operator-Centric Design

Designed for real-world operator workflows and constraints.

Scalable Teaming

Supports single vessel to fleet-scale operations across mission phases.

Who It's For

Tactical Operator (Live Operations)

Directly controls missions in real-time for small teams. Needs speed, clarity, and autonomy transparency.

Strategic operator / theater commander

Strategic Operator/ Theater commander

Oversees multi-mission fleets across a contested battlespace. Requires aggregated awareness, trusted autonomy, and seamless scaling from local actions to theater-level decisions.

mission planner / tactical commander

MISSION PLANNER / TACTICAL COMMANDER

Designs and tasks missions ahead of execution. Needs simulation tools, asset allocation clarity, and reliable autonomy behaviors to minimize operational risk.

autonomous systems engineer

AUTONOMOUS SYSTEMS ENGINEER

Maintains, adapts, and integrates autonomy across platforms. Requires transparency, modularity, and security to field new payloads and sustain fleet effectiveness.

Capabilities Highlight

Contested Logistics

Maintains, adapts, and integrates autonomy across platforms. Requires transparency, modularity, and security to field new payloads and sustain fleet effectiveness.

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Sensor Fusion and Tracking

HAVOC platforms combine and interpret diverse sensor inputs to detect, identify, and continuously follow contacts of interest. From raw data into clear, actionable awareness.

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Domain Awareness

Distributed fleets provide persistent sensing across the battlespace. HAVOC creates a shared picture that strengthens security and decision dominance.

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HAVOC Cloud

HAVOC Cloud is a distributed communications network that keeps unmanned fleets connected when C2 is disrupted. Its adaptive mesh links vessels and operators across denied zones, sustaining resilient command and autonomous execution even under cyber, electronic, or kinetic attack.

HAVOC OS

HAVOC OS is onboard autonomy software enabling unmanned systems to operate as a swarm. It integrates with existing C2 without added burden, proven across global demonstrations to control fleets without modification while delivering scalable autonomy and hardened cyber defenses.